91results about How to "Reasonable charges" patented technology

The present invention provides a charging method and system for a terminal being accessed through multiple access networks, and a reporting method for a terminal being accessed through multiple access networks. When the terminal establishes one IP Connectivity Access Network (IP-CAN) session with a packet data network through at least one access network, an IP-CAN Type parameter of each access network connection passed through by a data flow of a service accessed by said terminal is sent to a charging subsystem, and said charging subsystem charges differently for data flows passing through different access network connections of said terminal according to said IP-CAN Type parameter.

A method and equipment for remotely monitoring the information about the numbers of passengers of public traffic via network features that a waiting room detector is used for obtaining the number of the waiting passengers, a bus detector is used for obtaining the number of the passengers getting on a bus and getting off a bus for each bus, and a remote device for receiving all said information via entwork in order to schedule the public traffic and providing said information to the waiting passengers.

A vehicle theft prevention and recovery system is activated by a pager upon receiving a telephonic signal from a pager service, in response to a call from a vehicle owner or operator, to activate anti-theft means including a warning to a thief in the vehicle, means for disabling the vehicle engine, and visual and audible alarm signal devices to identify the vehicle as stolen. The means for disabling the vehicle engine preferably disables the engine after a predetermined count-down warning to any occupant in the vehicle. In addition, the theft prevention and recovery system includes a light display on the exterior of the vehicle to warn outsiders of an impending vehicle disoperation. In addition, an embodiment is disclosed in which radar can be used from another source as, for example, a law enforcement vehicle, to trigger the operation of the vehicle disablement. Finally, an embodiment is also incorporated in which a positioning system, such as a global positioning system, will inform a central station of the location of the vehicle and the central station can initiate operation of the vehicle engine disablement when the vehicle is in a relatively safe location to cause such disablement.

The invention discloses a method and a device for computing expressway network charge rate. The method comprises the following steps: (1) forming a basic rate schedule according to road net condition, wherein the basis rate schedule is unrelated to specific vehicle running route; (2) reading expressway entry station information and various via identification point information on a vehicle access card when the vehicle runs to the expressway exit station, and determining charge route according to the sequence of all identification points; (3) dividing the charge route by utilizing the identification point information; and (4) sequentially computing subsections of each route according to the basic rate schedule, and sequentially carrying out superposition of subsections of each route to obtain the final charge rate. According to the invention, by carrying out station division on the charge route and then combining into routes for dividing disposal by utilizing the identification points, the problem that the sum of the charge amount from the entry station to the identification point and the charge amount from the identification point to the exit station is not equal to the charge amount from the entry station to the exit station is solved, and the method for computing the charge rate enables expressway charge to be more reasonable and scientific.

The invention discloses an intelligent charging method and an intelligent charging device for elevators. A free prepaying device borne by an elevator user has the information on the floor that the user wants to get to and on the charge that can be paid to reach the floor; an elevator weighing device acquires the weight of the elevator sedan in each entrance of the user; the elevator control system can judge out, according to the weight, the times the user can pay for corresponding to the weight increase; a fee deducting device operates fee deduction on the fee prepaying device according to the payment information carried by the fee prepaying device and also according to the times obtained by the elevator control system. The intelligent charging method is implemented by weight and by times, and the fee prepaying device borne by the user has pre-stored information on the fee the user shall pay for one elevator use and on the target floor. So the intelligent charging method avoids the troublesome calculating process and is reasonable and significantly practical.

The present invention discloses an equilibrium strategy-combined wireless virtual network resource allocation method. Profits of an infrastructure provider and a service provider are taken into account, and the problem is broken down into two sub-problems including user connection and resource allocation, so that resolution of the problem is simplified, and the global profit is maximized. The method is based on an equilibrium strategy, and determines the price according to a user connection scheme and a resource allocation scheme. In addition, the price affects the user connection scheme and the resource allocation scheme. An operator can select a pricing function, a demand function, and a supply function that are related in the present invention according to needs, so that different demands of the operator can be met under different conditions. Benefited by the Lagrangian dual method, the resource allocation scheme is a distributed scheme, can be performed alone in each base station and has high convergence speed, so that a problem of how to design a scheme considering both system throughput and equal allocation of the user resource is solved effectively.

The invention discloses an electrical bicycle charge management method. The method comprises the steps of receiving logging information and input information of a user; choosing a corresponding socket serial number of corresponding electro-metering equipment through a non-appointment or an appointment mode according to the input information of the user; starting a socket corresponding to the socket serial number to allow the user to perform charging; informing the user of taking an electrical bicycle after the bicycle is finished charging, and performing automatic charging according to the electricity consumption amount when the bicycle is finished charging. According to the electrical bicycle charge management method, by performing remote-logging to control charging, and by performing charging according to the electricity consumption amount, the user can more conveniently and efficiently charge the bicycle, and charging is more reasonable at the same time.

The invention provides an intelligent charge control system for a lead-acid battery. The intelligent charge control system comprises a charger, and a lead-acid battery module capable of carrying out data communication with the charger, wherein the lead-acid battery module comprises a lead-acid battery pack and a battery management circuit; the battery management circuit is connected with the lead-acid battery pack and the charger respectively, and comprises a switch module, a battery management module and a communication module; before charge is started, the battery management circuit is used for receiving the charger identification code information sent by the charger, judging whether the charger identification code information is matched with the internal battery identification code thereof, and if the identification codes are successfully matched, conducting the switch module. By adopting the technical scheme of the invention, and internally arranging the battery management circuit in the lead-acid battery pack, the lead-acid battery can be protected better; meanwhile, the data communication is established between the charger and the battery management circuit, and normal charge between the charger and the lead-acid battery can be carried out only in case of matching, thus preventing damages to the lead-acid battery due to the mismatching of parameters; meanwhile, the charge process can be accurately controlled due to information communication between the charger and the battery, thus much reasonably charging the lead-acid battery.

The invention relates to an intelligent chargeable water-saving shower device which is composed of a spray header, a motorized ball valve, an imprinter, an inductor for reading cards, an inductive card, a DC electrical source, a flow meter, a master switch of hot and cold water, a cold water pipe, a cold water switch, a hot water pipe and a hot water switch. the motorized ball valve, the imprinter, impeller-photoelectricity-type flow meter and the DC electrical source are connected in series under the spray header; the imprinter is internally provided with a power-off protection procedure, can carry out weighted calculation to the collected data of used water and the use time, and can do 'small charge for small water and no money deduction for water stopping', thus having reasonable charge, convenient use and remarkable functions of saving water and energy and reducing discharge of domestic sewage. Additionally, the main parts of the device can be resistant to high temperature and water vapor, have long service life, thus satisfying the extensive demand of bathhouses and bathing spots of schools, factories and mining enterprises and partial social public bathhouses and bathing spots, especially the demand of the bathhouses of colleges and universities.

The invention discloses a shared accompanying bed and a commercial mode of the shared accompanying bed. The shared accompanying bed comprises a main bed, a secondary bed arranged below the main bed, aconnector for connecting the main bed with the secondary bed, and an electronic lock arranged on the main bed; a commercial mode of the shared accompanying bed comprises the above shared accompanyingbed, a server, and a user terminal; a control terminal is arranged at the shared accompanying bed; and the step for executing the commercial mode comprises the following steps: user registration, usepermission acquisition; a user sends an instruction to the server, and starts the control terminal on the shared accompanying bed, and performs service charging; the user returns the shared accompanying bed, automatically stops charging and performing fee deduction. Compared with the prior art, the space use is reasonable, redundant activity space cannot be occupied, the use is quiet, stable andcomfortable, and the bedside table use cannot be influenced; the shared accompanying bed is provided with the electronic lock; and the commercial mode has the advantages of being reasonable in charging, fast in renting and returning, and easy to manage.

The invention discloses an electric vehicle cloud payment power supply pile reservation charging method includes the following steps: 1. a power supply pile is reserved; 2. the power supply pile position is determined; 3. a charger is connected with the power supply pile; 4. a user performs prepayment; 5. the power supply pile performs electric charge calculation; 6. a cloud server prejudges the charging cost; 7. the cloud server judges whether an electric vehicle is fully charged; and 8. charging completion reminding is provided. According to the electric vehicle cloud payment power supply pile reservation charging method, reservation charging positions and non-reservation charging positions are arranged on the power supply pile, thereby realizing reservation of charging positions, realizing preparation of charging in advance, and preventing the problem that charging cannot be performed due to too many people needing charging. Through three payment modes of card swiping, WeChat and alipay, the power consumption of the user can be accurately calculated and reasonably charged, an account settling unit is precise from ''yuan'' to ''fen'', and thus charging is charged more reasonably.

The invention relates to a method for establishing a medical consultation fee lattice model based on big data analysis. The method comprises the following steps: step 1, acquiring data in a fee original table; step 2, pre-processing the data: converting recorded values of all charging items in the fee original table into quantification values; carrying out summation calculation on the quantification values of a same charging item of one patient, and storing processed data into a quantification value table; step 3, carrying out cluster analysis on the pre-processed data by adopting a multi-index abnormal data digging technology based on a distance, and digging out noise points in data records. According to the method provided by the invention, rare data is digged out through establishing the model aiming at medical consultation fees to carry out data analysis, and abnormal behaviors of off-group points are researched; various types of disease symptoms, treatment items accepted by people, prescription drugs and charging are analyzed; item points with abnormal charging are found out and reference is provided for clinical drug of doctors and reasonable charging, so that the doctors are supervised and urged to insist on reasonable drug administration, reasonable checking, reasonable treatment and reasonable charging.

A self-cooling self-help photovoltaic charging pile comprises a charging shell and a cooling circulating device. A display screen and a closed door are arranged on one side of the charging shell. An intelligent lock, an intelligent lock control device, an authentication device, a paying device, a billing device, a plurality of electric energy meters and a charging device are arranged in the charging shell. The display screen is connected with the authentication device, the paying device, the billing device and the electric energy meters. The intelligent lock is connected with the closed door and the intelligent lock control device. The intelligent lock control device is connected with the authentication device and the paying device. The paying device is connected with the billing device. The billing device is connected with the electric energy meters. The output end of each electric energy meter is connected with the charging device. The self-cooling self-help photovoltaic charging pile can effectively resist water, solar autonomous power generation efficiency is high, charge is reasonable, the intelligent degree is high, internal electronic elements can be effectively cooled, the cost is low, consumed energy is little, and the service life is long.

The invention aims to provide an intelligent charging system of an electric bicycle. The intelligent charging system comprises a power supply unit, a pulse charging unit, a main control unit, a relay and a display operation unit, wherein the power supply unit is used for receiving power supplied from outside, processing an input voltage and outputting a voltage stabilized current; the pulse charging unit is used for charging an external storage battery according to a signal emitted from the main control unit; a main control circuit is used for controlling output of direct current and a pulse charging current, monitoring the charging process of the storage battery in real time, recording power data and feeding the power data of the storage battery back to a network database of a power supply company; and the display operation unit is used for displaying a current state of the storage battery, inputting an account provided by the power supply company to log in an electric bicycle charging platform by a user through a display screen and setting a charging parameter according to the state of the storage battery. By the intelligent charging system of the electric bicycle, the problems of private and random connecting of a socket in a residential quarter, inconvenience in charging, difficulty in determination of charging time and the like can be solved, and scientific charging management of the electric bicycle is achieved.

The invention relates to a method of charging for ink in an ink container consumed by a printing unit during printing. The method of charging includes obtaining information on an amount of the ink consumed; and implementing charging on the basis of the information. Before the amount of the ink in the ink container consumed reaches a predetermined value, first charging is implemented according to a charging basis in which usage-based charging is implemented on the basis of the amount of the ink consumed. After the amount of the ink consumed reaches the predetermined value, second charging is implemented according to a charging basis different from the charging basis applied to the first charging.

Disclosed is a comprehensive heat metering system with multiple charging modes. The comprehensive heat metering system comprises a room temperature sensor, a room temperature acquirer, an electric valve, a household heat meter, a repeater, a building heat meter, an acquisition calculator and a data storage server. The comprehensive heat metering system can achieve three existing mainstream metering modes including an on-off time-area method, a heat meter method and a temperature-area method. A user can charge in any one of the three modes during actual usage as well as a composite charging mode with one as the main and the others as the auxiliary, thereby obtaining reasonable charging. The comprehensive heat metering system can also achieve free combination according to the actual requirements of users by omitting part of modules to meet the specific requirements of the user. Besides, the comprehensive heat metering system can upload the indoor temperature information of the user in real time and set the upper limit of the indoor temperature of the user remotely, thereby providing basis and means of production adjustment for heat supply enterprises and saving energy sources. The comprehensive heat metering system with the multiple charging modes is wide in application range and can be applied to split heat metering of all the centralized heat supply occasions.

The disclosed charge method comprises: recognizing business type, such as the visual telephone business; obtaining the charge message, and accordingly charging the business. This invention combines both off-line and on-line charge advantages, provides charge strategy for the service provider, and records whole charge process for reasonable charging.

Disclosed is an indirect measurement type central air conditioner measurement billing and charging system. According to the system, the water temperature of a refrigerant of a central air conditioner is collected in a centralized mode, the indoor temperature of each room and the real-time working condition of each fan coil are collected separately, the data are combined with heat exchange parameters of the fan coils, and therefore the heat exchange amounts of the fan coils are obtained through calculation and serve as the measurement billing basis. Compared with a direct refrigerant measurement system, the indirect measurement type central air conditioner measurement billing and charging system has the advantage that the investment of measuring devices can be saved. Compared with the mode of billing according to the area and the time, the mode of the indirect measurement type central air conditioner measurement billing and charging system has the advantage that a more reasonable charging rule is provided. The indirect measurement type central air conditioner measurement billing and charging system can be combined with a temperature controller to form an integrated product, and no additional investment is basically required when the system is applied to buildings. The indirect measurement type central air conditioner measurement billing and charging system can be independently applied to practical billing, and can also be combined with the modes of billing according to the time and billing according to the time and levels to be used, and therefore billing choices are various, and diversified demands of various users can be conveniently met.